A machine learning tool that analyzes information already captured in a child’s electronic health record helped pediatricians more accurately assess asthma risk in standardized clinical case scenarios, according to a pilot randomized clinical trial led by a Regenstrief Institute researcher.
There’s a small fire isolated in your kitchen. If you had the right tool, you might be able to put it out. But before you can, the sprinklers turn on and flood your entire house. An automatic response to an issue has now damaged everything you own. That’s akin to what happens in the brains of people with Alzheimer’s: Amyloid plaques, sticky protein clumps that build up in the brain, are the fire in the kitchen. Microglia, the brain’s resident immune cells, are the sprinklers. A mechanism designed to protect the body ends up hurting it.
A neuroprosthetic system has helped a man with paralysis move his hand and feel touch again following a spinal cord injury, reports research published in Nature Medicine.
A research team at Fujita Health University led by Professor Tsuyoshi Miyakawa has uncovered a novel mechanism of cellular plasticity in which repeated neuronal stimulation can durably alter the identity of mature neurons.
Researchers have uncovered a novel biological pathway that can lead to seizures when disrupted.
One of the biggest challenges in cancer research has been linking the “big picture” seen in medical scans with the microscopic biology that drives tumor growth and dictates how patients respond to treatment.
NEWNAN, Ga., July 17, 2026 /PRNewswire/ — Poriferous, LLC, a leading global manufacturer of SuᐧPor® craniomaxillofacial and patient-specific implants, has been awarded its patent for its innovative DuraBloc™ technology from the U.S. Patent and Trademark Office (USPTO), U.S. Patent No. 12,653,677, issued on June 16, 2026.
An international team led by researchers at Hiroshima University has developed a new way to detect subtle, early-stage changes in human skin collagen before any visible signs of damage appear.
An international team has succeeded in using a magnetic field to target structures deep within the brain. The researchers injected magnetic nanoplatelets into the relevant region. By doing so, they succeeded in treating movement deficits in mice suffering from Parkinson’s-like symptoms.
About 9% of men of reproductive age in the United States experience fertility problems.